200L Horizontal Cylindrical Autoclave HCPS-D200

• Utilizes gravity displacement technology to ensure complete cold air removal and optimal steam penetration.
• Smart control system automatically adjusts steam parameters according to temperature monitoring during cycles.
• Versatile solution for sterilizing medical instruments, laboratory glassware, textiles, and biological media.
• Offers user-friendly automated operation with integrated medical dressing drying capability.
• Multiple safety mechanisms including pressure/temperature protection and automatic shutdown during water shortage.
• Pressure-secured door remains locked above 0.027MPa and verifies complete sealing before cycle initiation.
• Built-in safety valve automatically activates at 0.24MPa pressure threshold for overflow protection.
• Features durable stainless steel construction and built-in thermal printer for process verification records.

Central to infection control and aseptic technique is the autoclave, a pressurized steam sterilizer. Its design allows it to function as a sealed chamber where water is heated to produce saturated steam. Operating at pressures between 15 and 30 psi, the temperature within rises to levels that rapidly denature proteins in bacteria, viruses, and fungi.

The process includes a conditioning phase where air is displaced, a sterilization phase where parameters are held, and a post-cycle phase for exhaust and drying. In healthcare, it is the frontline defense against surgical site infections, processing everything from scalpels to orthopedic implants. Dental practices use it daily for handpieces and mirrors. Research laboratories would be incapable of operating without it for preparing sterile glassware and reagents. Additionally, it provides a safe method for treating infectious laboratory waste. Beyond biology, it serves in manufacturing for vulcanizing rubber and synthesizing crystals. The autoclave's superiority stems from steam's high heat capacity and penetration power, making it more thorough and generally faster than dry heat ovens or chemical vapor systems for most loads.